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End-to-end refers to the end points between which an Ethernet service is delivered.
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Georgia Tech CASE Center www.gtstrudl.gatech.edu Bentley Systems Inc. AASHTOWare www.bentley.com Vigesa@email.msn.com
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As stated above, this peak-to-average power ratio, if high, can cause excessive inefficiency since the amplifier must be backed off by this amount to allow for the occasional peaks. This ratio, however, will vary with the symbol patterns and clock speeds, as well as the channel filter and bandwidth. General peak-to-average ratios, nevertheless, are at least 5 dB for QPSK, 8 dB for 64QAM and orthogonal frequency division multiplexing (OFDM), and up to 15 dB for code division multiple access (CDMA). This means that for some QPSK modulations, the intermittent peaks will rise above the RMS power by 5 dB. To measure this peak-to-average ratio, first measure the power peaks with a fast-acting, digital-modulation-capable, peak-reading power meter (such as the Boonton 4400) over a time of at least 10 seconds. This will give a reasonably accurate indication of the signal s peak power. To measure the average power, see Measuring digital signal power in Sec. 2.6.2, or use a special digital-modulation-compliant average power meter. Now subtract the average from the peak, in dBm. This equals the peak-to-average ratio in dB. To recap this very important concept of digital signal power: Digital signals, because of their nonrepetitive, random nature, as well as the fact that all of their power is spread over frequency rather than condensed as it is in analog signals on all sides of the carrier, have no predictable, recurrent peak power points to measure. Since it is difficult to measure these peaks in a nonstatistical manner, we are forced to take an average measurement of the digital signal s power over its entire bandwidth. But how much bandwidth does the normal digital signal consume It is considered to be the 30-dB bandwidth where most of the power of the digital signal resides, rather than just the 3dB bandwidth used in most analog signal measurements. Any digital baseband signal we work with will also have been filtered, since any unfiltered (ideal) digital signal would theoretically take up infinite bandwidth. But filtering a digital signal will cause the signal to go from a square wave to a more rounded signal. This allows the signal to be placed into a narrower bandwidth; but will also increase the required power that the power amplifier (PA) of the digital transmitter must occasionally transmit. In fact, this filtering is mainly responsible for the peak-to-average problem we just discussed (along with the signal passing through the origin), so the more filtering of the digital square wave we employ to decrease the bandwidth, the more we create a higher peak-to-average ratio. Thus, the PA must be backed off in power to allow these occasional peaks in power (Fig. 2.31) to be sent through the PA without causing nonlinear (IMD) performance and a widening of the bandwidth. More detail on filtering of digital signals is in Sec. 2.4.4, Digital modulation issues.
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If you re easily boggled by the latest technology, put on a seat belt before playing with a Fujifilm FinePix F402. The light, slim, shirt pocket-size camera is packed with some of the most geewhiz technology to hit digicams. The CCD imager has only 2 megapixels but uses Fujifilm s 3rd Generatiuon Super CCD Technology to create a larger capture area and create a resolution equal to that from an ordinary 4 megapixel camera. It saves images to an xD-Picture Card, about the size of a penny, but available now in sizes up to 128MB and theoretically capable of holding 8 gigabytes. The xD is also super fast, allowing you to unleash a torrent of picture taking. If the F402 doesn t boggle you, you re unbogglable. Number of CCD pixels: LCD Screen Size: Viewfinder: Optical Zoom: Digital Zoom: Lens: Focus Features: 2.11 megapixels (4 megapixel resolution) 1.5 inches Real-image optical 0 3.6 Fixed TTL autofocus contrast type Single focal length equivalent of 39mm wide angle on 35mm film camera Does not apply Does not apply Yes 1.6 feet normal mode; 0.2 feet macro mode Autoexposure; 64-zone TTL metering f/8 f/3.2 1/2000 second 1/2 second
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1. Locate where you want to place the WaterBug console, using a level to ensure a square installation (this is more for aesthetics than anything else). 2. Mark the location of the screw hole on the wall. 3. Drive the mounting screw into the wall, leaving 3/16" between the screw head and the wall. 4. Fasten the WaterBug to the screw head and press down. 5. Connect the two-connector wires from the water sensor to terminals 3 and 4.
Figure 2.36 Simplified internal structure of a QPSK quadrature modulator.
The per-user key gets created the first time AS is used by the respective user, at which point all key values are populated using the defaults in HKLM. NOTE Users can reenable ActiveSync COM port connections by modifying the options in Connection Settings.
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Abram, J., Nick Nicholson, E. B. Williamson and K. A. Marchand, Regular Inspection of Transportation Facilities is Critical To Public Safety, 2006 Structures Conference, American Society of Civil Engineers, St. Louis, MO, May 2006. Akesson, Bj rn, Understanding Bridge Collapses, Taylor and Francis Group, London, 2008. Baird, J., R. A. Nolte and D. Selke, Blast Mitigation for Structures, 2006 Structures Conference, American Society of Civil Engineers, St. Louis, MO, May 2006. Biezma, M. V and F. Schanack, Collapse of Steel Bridges, Journal of Constructed Facilities, Vol. 21, . No. 5, pp. 398 405, September/October 2007. Billah, K. Y. and R. H. Scanlan, Resonance, Tacoma Narrows Bridge Failure, and Undergraduate Physics Textbooks, American Journal of Physics, Vol. 59, No. 2, February 1991. Bureau of Transportation Statistics, National Transportation Statistics, ASCE Proceedings, Washington, DC, 2005. Chajes, Michael, Dennis Mertz, Spencer Quiel, Harry Roecker and John Milius, Steel Girder Fracture on Delaware s I-95 Bridge Over the Brandywine River, 2005 Structures Congress and Forensic Engineering Symposium, American Society of Civil Engineers, New York, NY, April 2005. Chopra, A. K. and C. Chintanapakdee, Accuracy of Response Spectrum Estimates of Structural Response to Near-Field Earthquake Ground Motions: Preliminary Results, Structural Engineering World Congress, Elsevier Science Ltd., Oxford, England, 1998.
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Current state-of-the-art fiber optic networks employ optical amplifiers to boost the light signal power without the need for electronic repeaters. These optical amplifiers can provide more than 30 dB of gain with very low noise and extremely wide frequency band. Optical amplifiers are used in three different applications:
Part II:
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